ITES China -Shenzhen International Industrial Manufacturing Technology and Equipment Exhibition

2025.3.26-3.29Shenzhen World Exhibition & Convention Center

 This is the third exhibition we visited in the past month and stands out as the largest among the three events.

We are keenly focused on advancements in laser equipment and industrial cleaning technologies. Surprisingly, the number of exhibitors specializing in these areas was less than expected. While the limited presence of industrial cleaning equipment manufacturers can be understood, the significance of laser technology in the industry raises questions, especially given the entire afternoon dedicated to discussions on laser advancements.

The afternoon conference featured an impressive lineup of presentations, showcasing pioneering research and practical applications of laser technology:

– **13:40-14:00** – Mechanisms and Intelligent Systems in Water-guided Laser Processing
– **14:00-14:20** – TRUMPF Lasers: Catalyzing Advanced Manufacturing in Materials
– **14:20-14:40** – Solutions for Mass Bonding and Repair of Glass Substrates in Micro LED Display Applications Using Lasers
– **14:40-15:00** – Transformative Approaches in Processing Brittle Materials with Laser Technology
– **15:00-15:20** – Progress and Challenges in Laser Processing of Silicon Carbide
– **15:20-15:40** – CNC Multi-Axis Laser Machine Tools: Innovating Solutions for the 3C Industry
– **15:40-16:00** – Panel Level Laser-Induced Etching & AOI
– **16:00-16:20** – Light Field Control Technologies in the Processing of Brittle Materials

One of the most surprising discoveries was a meeting with a local precision grinding manufacturer boasting nearly 60 years of history. The interaction proved to be highly enjoyable, fostering hopes for a successful collaboration in the near future.

As the exhibition unfolds, industry experts and enthusiasts are eager to explore the latest innovations and potential partnerships, making ITES China 2025 a critical platform for advancing industrial manufacturing technology.

For more updates and details on the exhibition, please visit ITES Exhibition | International Industrial Exhibition 2025 | ITES 2025 (iteschina.com).

2025 FOSHAN INTERNATIONAL MACHINE TOOL EXHIBITION

FOSHAN INTERNATIONAL MACHINE TOOL EXHIBITION
Dates: Thursday, March 13, 2025 – Saturday, March 15, 2025
Venue: Guangdong Tanzhou International Convention and Exhibition Center, Foshan, China

 

On the second day of the exhibition, I visited the Tan Zhou Convention and Exhibition Center with two primary objectives: to seek a laser device capable of drilling large – area glass like low – e glass, and to look for a milling machine with automation between traditional ones and machining centers. Alas, neither goal was achieved. However, I still gained valuable insights from exhibitors. Here’s my visit summary.

The exhibition, a smaller – scale sub – event of CMES, was divided into four zones with a total area of about 3,600 square meters.

The exhibits were mainly metal – cutting machine tools and related accessories. I noticed laser tube  cutting machines were quite common, indicating a local industry cluster, you can easily find a right fiber laser tube cutting machine manufacturer here.  Hand – held laser welders were quite popular too. Also, traditional machine tools were rare, with CNC machine tools and robots taking center stage.

The visitor services were excellent. There was free parking, a free shuttle from the parking lot to the entrance, and a convenient food area.

Overall, it was a small but well – organized exhibition!

2025SPS – Smart Production Solutions Guangzhou

 

25 – 27 February,  Area A of the China Import and Export Fair Complex

I had the pleasure of attending the SPS Exhibition in Guangzhou on February 27, 2025. As an annual gathering in the field of industrial automation, SPS brought together industry leaders and cutting-edge technologies, making it an excellent platform for understanding industry trends and expanding business connections.

At the exhibition, I not only gained insights into the latest developments in industrial automation but also unexpectedly met several colleagues I hadn’t seen in years. We reminisced about the industry’s evolution, discussed future directions, and shared valuable experiences in automation.

Particularly noteworthy was a detailed introduction to an online wafer thickness and flatness measurement device. Its precision of 0.1 micrometers caught my attention. It not only monitors wafer thickness and flatness in real-time but also features high automation and intelligence, greatly improving production efficiency and product quality. The live demonstration further convinced me of its performance and potential.

 

 

Laser Machine

TUBE LASER CUTTING MACHINE

 B16 HIGH SPEED 3D LASER PIPE CUTTING MACHINE(SIDE MOUNTED)

Advantages and features:

1: The front chuck can be cut in a movable way, and the tail is super short to about 35MM or “0” tail design, which can greatly improve the utilization rate of materials and save materials.

2: With a semi-automatic key-type feeding system, feeding is easier and more efficient, and 5-12 strips can be fed at a time.

3: Drawing-free pipe cutting system: ordinary masters can quickly get started, eliminating the production method of drawing traditional three-dimensional drawings for conventional pipes and hole types

4: Bus control system: The entire series adopts a bus control system, multi-axis linkage, and realizes frog jumping, flying cutting and other processes. The efficiency is about 30% higher than that of the traditional pulse system.

5: Full-stroke chuck: automatic centering, multi-material and multi-shape pipes do not need to change the fixture

6: The rear chuck automatically blows air, the claws are not easy to get stuck, and the pipe wall is cleaner.

7: Left/right model customization: more suitable for the placement of the factory, convenient for the master to operate and save floor space, saving manpower and space.

8: Multiple cutting types: square tubes, round tubes, oval tubes, channel steels, angle steels, I-beams and other pipes.

This equipment can perform efficient three-dimensional cutting on various types of small and medium-sized pipes. It is a star product in the building materials, hardware and furniture industry.

 

Model B12 B16 B23 B28
Laser power(W) 1500-6000
Processing range Round tube φ8-φ120mm φ10-φ160mm φ15-φ230mm φ15-φ280mm
Rectangular tube ≤φ120mm ≤φ160mm ≤φ230mm ≤φ280mm
Irregular tube ≤φ120mm ≤φ160mm ≤φ230mm ≤φ280mm
The quality of the pipe should meet the requirements of the national standard GB/T17395-1998. For special-shaped pipes, please consult our technical staff for details.
Max. load(kg) 100 140 300 800
Repeatability(mm) ±0.02 ±0.02 ±0.05 ±0.05
Processing length(mm) 6250 6250 6250 6250
Machine size:L*W*H(mm) 8855*1365*2170 8855*1365*2170 8855*1365*2170 8855*1365*2170
Machine weight(T) ≈3.5 ≈3.5 ≈3.5 ≈3.5
Max. acceleration(G) ≈1.6 ≈1.3 ≈1.0 ≈1.0
Tail length (mm) ≈60 ≈80 ≈100 ≈100

TUEB & SHEET METAL LASER CUTTING MACHINE

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Pressing machine

Bench press machine

Specification
Iterm Unit REC-PZ-5KN-SF REC-MZ-5KN-SF REC-MZ-10KN-SF REC-MZ-20KN-SF
Pressure accuracy level   1 1 1 1
Maximum pressure KN 5 5 10 20
Pressure range KN 0.05-5 0.05-5 0.1-10 0.2-20
Resolution N 0.32 0.32 0.64 0.76
Sampling times times/sec 800 1200 1200 1200
Maximum stroke mm 100 200 200 200
Enclosed height mm 200 300 300 300
Throat depth(Distance from spindle to column ) mm 120 120 120 120
Displacement resolution mm 0.001 0.001 0.001 0.001
Positioning accuracy mm ±0.01 ±0.01 ±0.01 ±0.01
Pressing speed mm/s 0.01-35 0.01-35 0.01-35 0.01-35
No-load speed mm/s 100 100 125 125
Minimum speed that can be set mm/s 0.01 0.01 0.01 0.01
Pressure holding time s 0.1-150 0.1-150 0.1-150 0.1-150
The minimum pressure holding time can be set s 0.1 0.1 0.1 0.1
Equipment power W 500 500 750 2kw
Power supply voltage V AC220 AC220 AC220 AC220
Dimensions mm 533*495*1069 543*516*1360 540*560*1550 540*560*1550
Weight kg 100 200 180 180

 

Product advantages

1.High equipment precision, displacement accuracy ±0.01mm, load accuracy ±1%.
2.Independently developed software, easy to maintain. (most of the market uses PLC control. Our company uses FPGA as the main chip and industrial computer as the terminal, providing unlimited possibilities for data storage and analysis.)
3.Various pressing modes, load control and position control.
4.Real-time recording of pressing data and ability to save and analyze data. (most of the market uses PLC control and cannot save data points, but our system uses an industrial computer, making it easy to save collected points)
5.Software with alarm function, allowing setting of product load range or displacement range. If real-time data is not within the range, the device will automatically alarm.
6.The equipment is equipped with an industrial computer, and the computer interface is specially designed for pressing machines. Easy to use and convenient.
7.The equipment is equipped with a safety light curtain to ensure the safety of operators.
8.Achieve precise displacement and pressure control without the need for hard limit and precision fixtures.
9.Online assembly quality management technology to remove defective products in real-time.
10.Optimize the pressing process based on specific product requirements.
11.Specific, complete, and accurate recording and analysis functions of the pressing operation. (The curve has functions such as zooming and traversing)
12.Automatic compensation function to achieve pressing control that hydraulic presses cannot achieve.
13.Can achieve multiple uses, flexible wiring, and remote device management.
14.Multiple data formats can be exported, and data can be easily imported into SPC and other data analysis systems.
15.Self-diagnostic function: When the device has a fault, the electronic press can display error messages and suggest solutions, making it easy to quickly identify and solve problems.
16.Multi-function I/O communication interface: Through this interface, communication with external devices is possible, facilitating full automation integration.
17.The software supports multiple permission settings.

Pneumatic Hydraulic Equipment

Product Features of Pneumatic Hydraulic Equipment

High efficiency and easy operation, reducing operator fatigue

The design of the press is easy to use for part compression, punching, bending, and printing

Simple structure, requiring minimal maintenance

Fast and smooth operation

The design of the column base and * structure facilitates long-term operation

Lightweight and easy to move

Equipped with safety devices to provide comprehensive safety protection during operation

Vertical design with button switch, can be operated with foot pedal or manual control

The cylinder shaft is equipped with a stop-rotating guide rod for more precise work.

 

Pneumo-hydraulic actuator

 Ideal solutions for the pressing forces from 1 to 2000 kN

The booster cylinder is an integrated combination of an oil cylinder and a supercharger. It uses pure air pressure as power and uses the ratio of the piston cross-sectional area of the supercharger to convert the low pressure of the air pressure into dozens of times the oil pressure. It is supplied to the hydraulic cylinder to achieve the high-pressure output of the hydraulic cylinder.

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+86 198 9775 4880

Radial Drilling Machine

Z3050-16

The Z3050 Radial Drilling Machine represents an advancement from our latest series of products, designed for versatility in various applications. This machine is ideal for drilling, counterboring, reaming, spot facing, and tapping on medium- to large-sized components. Additionally, it is capable of boring operations when equipped with appropriate tooling.

– The radial drilling machine features a hydraulic preset speed shifting mechanism, which significantly reduces auxiliary operation time.

– A single handle controls clockwise rotation, stopping (braking), variable speed adjustments, and neutral gear, enhancing usability and efficiency.

– The spindle box, rocker arm, and both inner and outer columns are securely clamped using a hydraulic diamond clamping mechanism for reliable performance.

– The electrical system is designed to ensure operator safety, reliability, an extended service life, and ease of maintenance.

– With a broad range of speed and feed options—including manual, power, and fine feeds—the machine allows for simple engagement and disengagement of feeds at any time.

– All operational controls are conveniently located on the head stock for streamlined access. Clamping of assemblies and spindle speed adjustments are performed through hydraulic power.

– Key components are produced using high-precision machinery from Mazak, imported from Japan, ensuring consistent reliability and superior quality.

– Spindle components are crafted from premium-grade steel, undergoing heat treatment processes with first-class machinery to ensure high strength and durability.

DescriptionZ3040×13Z3050×16Z3063×20
Max.drilling diameter (steel)mm325063
Max.drilling diameter ( iron cast)mm406070
Distance from the center line of spindle to columnMaxmm100016002050
Minmm200350450
Horizontal traverse of spindle head on armmm80012501600
Distance from spindle nose to working surface of base plateMaxmm106412151600
Minmm264315400
Vertical travel of arm on columnmm550600800
Elevating speed of armm/Min1.131.21
Swivel angle of armdegree±180°+180°+180°
Taper in spindlemorse455
Range of spindle speedsr/min71~180025~200020~1600
Number of spindle speedssteps81616
Range of spindle feedsmm/r0.13~0.540.04~3.20.04~3.2
Spindle travelmm250315400
Feed depth per revolution of graduated dialmm102122.5150.8
Maximum permissible torque of spindleN·m2505001000
Maximum permissible feed pressure of spindlekN101825
Power of the main drive motorkw2.245.5
Power of arm elevating  motorkw0.751.51.5
Power of hydraulic clamping motor for spindle box,column,armkw/0.750.75
Power of coolant pump motorkw0.060.090.09
Overall dimensions 2030 X 746 X 23552490x1035x28353110x1250x3437
Weight of the machine(approx.)kg170035007000

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Grinding Machine

M7130Y/M7132/M7140Y/M7160Y Series Grinding Machine

This series of machine tools features a movable grinding head structure designed to utilize the periphery of the grinding wheel for surface grinding of workpieces.

Key Characteristics:

  • Robust Construction: The bed is cast as a single component, ensuring excellent rigidity and stable, reliable operation.
  • Strategic Design: The column is positioned to the right of the machine, optimizing force distribution and minimizing the risk of coolant splashing onto the electrical cabinet and control buttons, thereby enhancing electrical safety.
  • Hydraulic Drive System: The worktable’s longitudinal movement is powered by a hydraulic drive with stepless speed regulation, allowing for precise adjustments.
  • Durable Guide Rails: The horizontal guide rail of the carriage is constructed from high-quality steel, providing exceptional wear resistance and maintaining stable precision over time.
  • Low-Vibration Spindle: The grinding wheel spindle is driven by an external low-vibration motor, ensuring smooth and quiet operation.
  • Automatic Lubrication: The bed and worktable guides benefit from continuous automatic lubrication, while the column, carriage, and grinding head guides are lubricated through jog lubrication. This system effectively prevents oil loss and strain on the guide rails.

These features collectively enhance the machine’s performance and reliability, making it a valuable asset for precision grinding applications.

 

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Milling Machine

Turret Milling Machine

Features

1. The coil is made of copper wire with a capacity of 3 horsepower.
2. The gear is made from 20CrMnTi material, with a carburization depth of 0.5-0.8mm, and has undergone high-frequency treatment resulting in a hardness of HRC 52-56.
3. The automatic feeding has been modified to use three bearings for smoother operation, while the copper turbine is made from phosphorus bronze, known for its excellent wear resistance.
4. The spindle housing is a cast metal component made through a resin sand casting process, utilizing high-strength HT250 with low stress for shock resistance and wear durability.
5. The spindle is made from 40Cr steel and has been tempering-treated to a hardness of HRC 52-56. A Japanese torque wrench is used to ensure the accuracy of the spindle.
6. The mesh structure provides good rigidity, is lightweight, and has minimal movement accuracy error.
7. The double dovetail guideways are coated on all four sides, resulting in a lifespan twice that of traditional models.
8. The dual-direction eight supporting screws (8 for the number 5 machine) provide locking strength double that of traditional models.
9. The display of the spindle uses stable single-chip performance, with a Taiwan Mean Well power supply, Korean guide rails, German positioners, and an American original potentiometer with accurate gradation.
10. The expandable locking disc maintains rigidity under dual-directional forces without deformation.
11. The double-wall design enhances the rigidity of the machine body.
12. Extended support for X-axis travel of 1100mm (optional):
– Extended: X4L / X6L
– G4L / G6L
13. The oil pipe nut is securely fixed to prevent detachment.
14. The integrated lifting seat enhances load-bearing strength.

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Electric linear actuator

Principle of Servo Electric Cylinder

An electric cylinder converts the rotary motion of a motor into linear motion of a push rod through a screw and transmission mechanism. By utilizing the closed-loop control characteristics of a servo motor, precise control of thrust, speed, and position can be easily achieved. With the use of modern motion control technology, numerical control technology, and bus (network) technology, programmable and bus (network) control can be realized. Due to its convenient control and use, it can achieve precise motion control that cannot be achieved by pneumatic or hydraulic cylinders.

Direct-coupled electric cylinder (left)

The direct drive electric cylinder integrates AC servo motor, servo driver, high precision ball screw, and modular design technologies. The entire electric cylinder has the characteristics of compact structure, small inertia, fast response, low noise, and long lifespan. The servo motor is directly connected to the transmission screw of the electric cylinder, allowing the encoder of the servo motor to directly feedback the displacement of the piston of the electric cylinder, reducing the inertia and clearance of intermediate links, and improving controllability and control accuracy. The servo motor is directly connected to the electric cylinder, making installation easy, setup simple, and use convenient. The main components of the electric cylinder are made of well-known products, with stable performance, low failure rate, and high reliability.

Folding electric cylinder(right)The folding electric cylinder is suitable for installation in small spaces due to its short overall length. At the same time, the synchronous belt used in this solution has the characteristics of high strength, small clearance, and long lifespan, which makes the electric cylinder have higher controllability and control accuracy. The servo motor can be flexibly combined with the electric cylinder, making installation easy, setup simple, and use convenient.

Code Name Body width Maximum stroke
40 40mm 600mm
50 50mm 1000mm
60 60mm 1200mm
75 75mm 1600mm
80 80mm 2000mm
95 95mm 2200mm
110 110mm 2200mm
134 134mm 2200mm
138 138mm 2200mm
170 170mm 2200mm
220 220mm 2200mm
230 230mm 2200mm

Structural Features

Thrust range: 10kg-80T

Stroke range: 10-1500mm (non-standard customization available for strokes beyond the range)

Imported ball screw, high efficiency and anti-backlash

Can be equipped with different brands of servo motors and stepper motors

Equipped with a grating ruler for closed-loop control, achieving a high repeatability and positioning accuracy of up to ±0.01mm

Accurate control of thrust, thrust accuracy is 0.5% FS, optional pressure sensor can be added

Rated thrust can be achieved at any position within the entire stroke range.